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HS Code |
788901 |
| Product Name | Styrene-Ethylene-Butylene-Styrene Block Copolymer (SEBS YH-502T) |
| Appearance | White or light yellow pellets |
| Density | 0.89 g/cm³ |
| Melt Flow Index | 2-6 g/10min (200°C/5kg) |
| Tensile Strength | 8 MPa |
| Elongation At Break | 600% |
| Hardness Shore A | 70 |
| Volatile Content | <0.5% |
| Styrene Content | 30% |
| Ash Content | <0.1% |
| Block Ratio | Linear |
| Main Applications | TPE compounds, adhesives, sealants, toys |
| Odor | Odorless |
As an accredited Styrene-Ethylene-Butylene-Styrene Block Copolymer (SEBS YH-502T) factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | SEBS YH-502T is packaged in a 25 kg net weight, moisture-resistant, multi-ply kraft paper bag with clear product labeling. |
| Container Loading (20′ FCL) | 20′ FCL typically loads 16-17 tons of SEBS YH-502T, packed in 25kg bags with PE liners, on wooden pallets. |
| Shipping | The Styrene-Ethylene-Butylene-Styrene Block Copolymer (SEBS YH-502T) is securely packed in 25 kg kraft paper bags with inner PE liners to prevent moisture contamination. Palletized and shrink-wrapped for stability, shipments comply with standard chemical transport regulations, ensuring safe and efficient handling during transit and storage. |
| Storage | SEBS YH-502T should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat or ignition. The material must be kept in tightly sealed original packaging to prevent contamination by dust, moisture, or chemicals. Avoid exposure to strong oxidizing agents, and handle with care to prevent physical damage to the packaging. |
| Shelf Life | SEBS YH-502T has a shelf life of 12 months when stored in a cool, dry place, away from sunlight. |
Applications of Styrene-Ethylene-Butylene-Styrene Block Copolymer (SEBS YH-502T) in Industrial ManufacturingSEBS YH-502T is an advanced thermoplastic elastomer that delivers enhanced flexibility, chemical stability, and processing efficiency. Our manufacturing processes ensure consistent physical properties, enabling downstream partners to optimize formulation and production outcomes in demanding sectors. Below are key application scenarios based on direct industry practices. 1. Wire and Cable Sheathing CompoundsThis grade of SEBS is widely applied by compounders producing flexible, halogen-free wire and cable jackets. Its thermal resistance and insulating properties support formulations for low-smoke, non-toxic industrial and consumer applications. Customers typically blend it with polypropylene and flame retardant packages to achieve compliant fire performance, mechanical elasticity, and long-term flexibility in automotive, appliance, and building wiring solutions. Industry compliance standards
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2. Medical Device FormulationsSEBS YH-502T is selected by OEMs and contract manufacturers to produce soft-touch, latex-free components for consumable and reusable medical devices. Its biocompatibility and non-cytotoxic profile support formulations for device parts in direct contact with skin or fluids. Regular use is seen in combining SEBS with medical-grade polypropylene or polyethylene to achieve precise tactile feel and impact resistance while meeting critical extractables and leachables requirements. Industry compliance standards
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3. Footwear and Shoe Sole CompoundingFootwear manufacturers extensively use this polymer as the main elastomeric ingredient in soft, high-resilience shoe soles. Its resistance to cracking, non-stick mold release, and low odor address strict design and production demands for sports and casual footwear. Formulators often blend it with natural or synthetic rubbers and mineral fillers, achieving targeted abrasion resistance, cushioning, and color consistency. Industry compliance standards
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4. Adhesive and Sealant Base ResinsThis copolymer serves as a vital base polymer for pressure-sensitive adhesives (PSA) and sealants, where low creep, excellent flexibility, and compatibility with tackifying resins are essential. Formulators achieve high holding power and uniform film formation needed for tapes, protective films, and construction sealants. The raw polymer supports hot-melt processability, clean die cutting, and reduced residue transfer. Industry compliance standards
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5. Soft-Touch Automotive Interior ComponentsThis polymer is utilized by Tier 1 and Tier 2 automotive suppliers in the manufacture of soft-touch panels, airbag covers, and over-molded trim. Its low VOC emission, UV resistance, and resistance to hydrolysis allow compliance with vehicle OEM specifications. Blends with polyolefins and specialty stabilizers are customized to achieve precise flex modulus and surface finish, supporting multi-material assemblies and overmolding applications required throughout automotive cockpits. Industry compliance standards
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6. Thermoplastic Elastomer Compounds for Household AppliancesMajor appliance and white goods manufacturers employ SEBS-based elastomer compounds for gaskets, grips, anti-vibration pads, and flexible housings. The material’s aging stability, color retention, and plasticizer compatibility provide production flexibility for high-throughput automated assembly lines and extended shelf life of finished components. Formulators tailor blends with mineral fillers and olefin copolymers to tune compression set and rebound for each appliance type. Industry compliance standards
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Competitive Styrene-Ethylene-Butylene-Styrene Block Copolymer (SEBS YH-502T) prices that fit your budget—flexible terms and customized quotes for every order.
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After decades working at the bench, tailoring elastomers for manufacturers across the globe, I have seen the challenges that come up with thermoplastic elastomers. SEBS YH-502T reflects that journey. We developed this block copolymer to deliver strong performance where both flexibility and thermal stability matter. Our teams understood how end-users test material limits in the field—stretched, bent, molded, re-melted—and we built SEBS YH-502T to handle those demands.
From the granular level, SEBS YH-502T combines styrene, ethylene, and butylene blocks to produce a resin that blends the soft feel of rubber with the clean processing profile of plastics. Labs run tests on melt flow, tensile strength, and resilience, but on the plant floor, what matters is how the material responds in real-world applications. This polymer earned its reputation among clients by reducing cycle times in injection molding, and by enabling specialty compounding with both color and filler compatibility.
SEBS YH-502T came out of feedback from customers who needed something tough but adaptable. It stands out with a Shore A hardness that walks the line: firm enough for extruded grips and seals, yet soft for overmolds or comfort applications. Engineers turn to YH-502T for wear parts that need a longer service life—a result of dense molecular packing and well-balanced styrene-to-rubber block ratios. Working with this material over many production runs, I have rarely witnessed batch inconsistency. Every shipment meets the strict standards we set, and that reliability saves time for everyone using it downstream.
Material degradations such as yellowing, embrittlement, or odor are concerns that resurface with some lower grade elastomers. Our strict sourcing and polymerization controls sidestep these pitfalls. We keep inhibitors to a minimum, avoid lubricants that leach, and ensure the resin’s purity stands up under both high-heat processing and post-production aging. Customers who tried off-brand alternatives often switched back to SEBS YH-502T after facing production stoppages or unexpected returns.
We see YH-502T used widely in soft-touch grips, sporting equipment, and medical items—not just because it is easy to process, but because it is engineered for demanding environments. Tool handles require tough skins that do not crack or slip; medical device gaskets need odorless, skin-friendly materials. I have visited assembly lines where workers shape YH-502T into vibration-damping bushings and watched operators favor it for extrusion lines with minimal die buildup.
Consumer goods manufacturers appreciate the smooth surface YH-502T gives when injection molded. It rejects dust and resists fingerprints. For disposable razors, toothbrush grips, and other personal care items, this makes a world of difference in the hand-feel and visual appeal. Automotive suppliers value how our material withstands under-the-hood heat and oil exposure, without swelling or breaking down.
Cable and wire producers rely on YH-502T for insulation layers that stay flexible in frigid warehouses. For tools and device makers, the neat edges from molding support precise fittings and tight tolerances. Even for modified compounds—where clients blend pigments, flame retardants, or UV stabilizers—YH-502T remains stable and processes cleanly during both small-batch R&D runs and full-scale commercial lots.
From our own production layouts to clients’ factories, trouble-free processing counts more than lab numbers. SEBS YH-502T runs smoothly on most single- and twin-screw extruders, with predictable melt viscosity and hassle-free die swell. On days in the plant when other materials struggled with scorch marks or inconsistent pelletizing, YH-502T finished the shift without a hiccup.
Our collaborators in cable and tubing extrusion mention low die drool and manageable throughput, even at low shear rates. In another case, a molder swapping from a different SEBS discovered they could cut cycle times by 10 percent simply by switching over to YH-502T, thanks to improved flow under typical barrel temperatures. Savings like these come directly from the fine-tuned architecture of this material, not marketing claims.
Dust-free pellet design helps reduce downtime from hopper jams, and the pellets take up colorants evenly during masterbatch blending. Managers at facilities producing medical device overmolds have commented on how SEBS YH-502T produces crisp, edge-stable parts with minimal flash, while remaining odorless right out of the press. Consistently clean processing also means fewer rejected parts and less scrap—a benefit reflected in bottom lines as well as in operator morale.
Choosing the right copolymer goes beyond mechanical data or glossy sales sheets. Over years, we’ve collected feedback from compounders, product designers, and maintenance staff who require specific performance. Not all SEBS grades are equal. Some producers boost yield by tweaking the formulation to cut costs, but that can muddy the consistency and cause subtle failures in molded or extruded goods.
SEBS YH-502T benefits from strict internal controls over styrene and rubber content, leading to repeatable hardness and melt properties in every bag. Smaller batch producers using generic SEBS often report flow marks, color spottyness, or sticky finishes. Our team worked to calibrate the polymerization so YH-502T can handle higher filler loading without sagging. This has been proven in products from tool overmolds to high-demand gaskets. Where lesser products tend to trade off softness for tear strength, YH-502T manages a clean balance of cushioning with reach and flex, all without giving up on durability.
Some SEBS alternatives bring odors or unwanted extractables due to incomplete hydrogenation or cheap catalysts. In real world use, these off-notes can bleed out during product storage or shelf display, disrupting both users and retailers. A handheld toolkit manufacturer reported losing retail contracts because competitor material yellowed and cracked in warehouse heat. Their switch to SEBS YH-502T eliminated client complaints across a full product season.
Markets regularly shift. Raw material costs climb, and regulations tighten around extractables and migration in food-contact and skin-contact products. As a manufacturer, we respond by adjusting our workflows to continue meeting these demands. Our engineers collaborate directly with end users and line operators, not just purchasing staff. It’s a difference that shows up when a customer’s project requires a resin that passes updated migration limits, or can handle evolving automotive testing protocols.
During raw material shortages, we do not swap out key inputs for short-term wins. Instead, our focus remains on security of supply and consistent input quality. When clients faced regulatory changes regarding phthalates or other restricted chemicals, SEBS YH-502T let them adapt formulas without spike in rejects or production delays. By keeping our lines nimble, we help clients launch new products with fewer headaches.
Supply chain hiccups hit chemical manufacturers too, whether from port congestion or sudden spikes in logistics costs. By holding larger raw material inventories and maintaining strong relationships with upstream suppliers, we sidestep some of these issues. Consistency in resin properties means clients do not have to requalify lots when regulations change or supply chain turbulence strikes. Instead, they can focus on innovation—secure that the elastomer foundation will not shift under their feet.
Every new project comes with unique technical hurdles. One producer needed a grade that would combine with polypropylene while keeping surfaces tack-free. Together, we adjusted foam cell structure during pilot-scale runs until the final parts matched both tactile and mechanical targets. Another molder, producing high-turnover household goods, asked for a copolymer that would remain stable in warehouse humidity. After a review of their process, YH-502T proved superior to a previous import—cutting warranty returns and raising batch yields.
We have encountered customers who tried lower-cost alternatives, only to return because those grades left sticky residues on their finished parts or failed under hot-cold cycling. SEBS YH-502T resists these pitfalls. Its tight hydrogenation profile and clean base resin remove those failure points. For custom compounders, that opens doors for blending with engineering resins like ABS, EVA, or polyolefins without suffering interface delamination or inconsistent adhesion.
With more suppliers focusing on recycling and circularity, we’ve worked with recyclers to ensure that off-grade YH-502T blends can re-enter some extrusion cycles. This supports customers aiming to provide take-back programs or closed-loop production—without compromising performance in the next life cycle.
SEBS YH-502T meets global requirements for sensitive applications as a direct result of our full control over every stage of production. We keep detailed lot records, and every shipment comes with traceability going back to raw monomers. More importantly, regulatory compliance comes from tested absence of banned substances (like phthalates), and from minimal volatile content.
Customers in healthcare and childcare sectors rely on our resin because they cannot risk extractables or emissions in final goods. We regularly submit YH-502T for renewed testing against both international and national regulatory lists—rather than relying on old certificates. This practice makes a difference for those shipping to major retailers and for those supplying medical OEMs. I have seen too many projects derailed by late-stage regulatory surprises; we consider it our job not just to supply product, but to give our clients transparency and confidence along the way.
Whenever major regulatory updates occur—such as new chemical blacklists in the EU, North America, or Asia—our quality team reviews every input and production step against new requirements. We keep lines agile so customers can upgrade their own compliance with minimal drama. That close attention to regulatory details means that our SEBS users can confidently approach new territories or markets, knowing their goods rest on a trustworthy polymer base.
Environmental responsibility is no longer a marketing bullet point. For us, this commitment means using polymerization processes with lower emissions and investing in solvent recovery to cut waste at the source. We have redesigned water handling in our facilities to minimize effluent from finishing steps, and routinely monitor emissions to local air and water. Customers want to see those numbers, and we provide them—because accountability supports their own supply chain responsibility.
Longevity and processability of SEBS YH-502T also reduce waste at the customer plant. Smooth processing correlates directly with lower reject rates. That effect matters for producers looking to cut both costs and landfill output. In high-volume applications—wire sheathing, appliance handles, or medical parts—those incremental gains matter more than headline-grabbing claims. Preserving flexibility over more use cycles means fewer premature product discards, which benefits the environment further down the chain.
We continue to work with cross-sector partners on adapting YH-502T for bio-based blends, and on validating recycled content in both packaging and core product. Though SEBS is not bio-derived by nature, persistent technical improvements offer new pathways toward reducing fossil input—without undermining the performance benefits that made it valuable across industries in the first place.
From where I stand—in the facilities, walking the factory floor, dealing with compounders, molders, and the people using finished goods—real value comes from trust built over time. SEBS YH-502T reflects years spent not just tweaking recipes, but responding to issues as they emerged in the field. In this business, shortcuts show up quickly through increased warranty claims, lost productivity, or lost customers.
We stay close to our clients throughout their launch cycles and project updates. Whether someone is scaling up a new tool line, troubleshooting a color mismatch, or looking for ways to meet lower emission targets, we take those calls. Lessons learned through that day-to-day engagement shape ongoing product improvements. In my view, YH-502T sets itself apart by earning a place in the “core materials” list for leading products—not because of aggressive sales, but because it delivers year in and year out.
Industry demands change fast. What does not change is the importance of stable, clean, high-purity inputs and transparent manufacturing. The quality of SEBS YH-502T comes from meticulous process control, thoughtful formulation, and partnership with customers chasing ever-rising expectations. Those realities shape not just how we make this product, but how we support those putting it to use in the real world.
